Nursing Elites

1. Two people experience the same stressor yet only one is able to cope and adapt adequately. An example of the person with an increased capacity to adapt is the one with:

• A. A sense of purpose in life
• B. Circadian rhythm disruption
• C. Age-related renal dysfunction
• D. Excessive weight gain or loss

Correct answer: A

Rationale: A strong sense of purpose in life is associated with better stress coping mechanisms, which can enhance a person's capacity to adapt. Having a clear sense of purpose provides individuals with motivation, direction, and resilience to face challenges. Choices B, C, and D are not directly related to an increased capacity to adapt to stress. Circadian rhythm disruption, age-related renal dysfunction, and excessive weight gain or loss may have negative impacts on overall well-being and stress management.

2. A patient is found to have liver disease, resulting in the removal of a lobe of his liver. Adaptation to the reduced size of the liver leads to ___________ of the remaining liver cells.

• A. Metaplasia
• B. Organ atrophy
• C. Compensatory hyperplasia
• D. Physiologic hyperplasia

Correct answer: C

Rationale: Compensatory hyperplasia is the process by which the remaining cells increase in number to adapt to the reduced size of the liver. In this case, after the removal of a lobe of the liver, the remaining cells undergo compensatory hyperplasia to compensate for the lost tissue. Metaplasia refers to the reversible change of one cell type to another, not an increase in cell number. Organ atrophy is the decrease in organ size due to cell shrinkage or loss, which is opposite to an increase in cell number seen in compensatory hyperplasia. Physiologic hyperplasia is the increase in cell number in response to a normal physiological demand, not specifically due to the removal of a portion of the organ.

3. What causes type I diabetes?

• A. Overproduction of insulin from the beta cells of the pancreas
• B. Destruction of the beta cells within the pancreas, resulting in an inability to produce insulin
• C. Loss of insulin receptors on the target cells, resulting in insulin resistance
• D. A pituitary tumor in the brain, resulting in increased antidiuretic hormone production

Correct answer: B

Rationale: Type I diabetes is caused by the destruction of the beta cells in the pancreas, leading to an inability to produce insulin. This results in a lack of insulin, leading to hyperglycemia. Choice A is incorrect as type I diabetes is characterized by a deficiency of insulin production, not overproduction. Choice C describes the pathophysiology of type 2 diabetes, where insulin receptors become less responsive to insulin. Choice D is unrelated to type I diabetes as it describes a pituitary tumor causing increased antidiuretic hormone production.

4. A patient is prescribed medroxyprogesterone acetate (Provera) for the treatment of endometriosis. What important instruction should the nurse provide about the use of this medication?

• A. Take the medication with food to prevent nausea.
• B. Discontinue the medication if side effects occur.
• C. Take the medication at the same time each day to maintain consistent hormone levels.
• D. Avoid prolonged sun exposure while taking this medication.

Correct answer: C

Rationale: The correct answer is to take the medication at the same time each day to maintain consistent hormone levels. This is crucial for the effectiveness of medroxyprogesterone acetate in treating endometriosis. Choice A is incorrect because there is no specific instruction related to food intake. Choice B is incorrect because discontinuing the medication without consulting a healthcare provider can be harmful. Choice D is unrelated to the administration of medroxyprogesterone acetate and is not a specific consideration for this medication.

5. Which of the following statements describes an active cellular membrane exchange process?

• A. Sodium moving out of cells and potassium moving into cells
• B. The movement of water from an area of low solute concentration to an area of high solute concentration
• C. The movement of insulin using a protein to travel across the cell membrane
• D. Oxygen moving across the pulmonary capillaries to an area of high carbon dioxide

Correct answer: A

Rationale: The correct answer is A. In active transport, energy is expended to move substances against their concentration gradient. Sodium moving out of cells and potassium moving into cells is an example of active transport because it requires energy to pump these ions across the cell membrane against their concentration gradients. Choices B, C, and D describe passive processes where substances move along their concentration gradients without the input of energy.

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